Robosta Announces Online Seminar on NVIDIA’s Humanoid Development Platform

On Nov. 4, 2026, Robosta announced an online seminar covering NVIDIA’s humanoid and physical AI development platform. Scheduled for Dec. 18, 2026, the seminar will explain the roles and integration of GR00T, Cosmos, Isaac and Jetson Thor, among other tools, in about 45 minutes, followed by about 10 minutes of Q&A.

For developers, the seminar offers an opportunity to review how platforms for data generation, simulation, training and deployment on physical robots fit together. Robosta’s announcement promises an overview of the full process but does not provide specific performance evaluations or deployment records; the effectiveness on physical robots will need to be assessed using other published information.

The announcement’s focus is not a new robot product or performance disclosure, but recruitment for a seminar explaining development platforms by stage. It names GR00T, Cosmos, Isaac and Jetson Thor across the development process and is structured to help attendees understand data generation, simulation, training and deployment on physical robots as one workflow. In other words, the announcement’s novelty lies not in new technical specifications, but in making the integration of multiple tools the subject of the seminar. It also lists the participation fee, free places and viewing options for premium members, combining technical information with access to paid and membership services in one announcement. This focus differs from that of NVIDIA Explains World Models for Interactive Simulation Using Cosmos, which addressed the specific development challenge of adapting models to sensors, tasks and data. While adaptation of individual models is an implementation issue, the upcoming seminar plans to explain the entire process, including surrounding simulation and deployment on physical robots. It also has points of contact with the discussion of computing resources in leaderobot.com Publishes Essay on Computing Resources for Embodied AI, but publication of an essay does not constitute independent verification of its claims. Robot operating records and descriptions of computing platforms need to be evaluated on separate evidence. The wheeled robot covered in humanoid.guide Introduces Tlibot’s “Y1” is also an example of reporting on a physical robot’s form; it does not turn the upcoming explanation of development platforms into proof of real-world operation. In an Oct. 21, 2026, announcement, NVIDIA outlined Isaac Lab 3.0, Isaac OS, and datasets and simulation assets. These are specific examples of training and execution environments, but the seminar announcement alone does not establish the scope of each tool’s capabilities or the performance gains or development time they could deliver when combined for a particular robot. The seminar is presented as an opportunity to consider possibilities for Japan’s robotics industry, but it does not provide evidence of adoption or impact at Japanese companies. Points to watch include the technical requirements for connecting stages of the workflow, whether evaluation data support claims about performance and safety on physical robots, and whether the examples presented are at the research or demonstration stage or in actual operation.

According to the announcement, the seminar will run from 2 p.m. to 3 p.m. on Dec. 18, 2026. The standard participation fee is 15,500 yen per person, including tax; premium members can attend for free. The deadline for general applications is noon on Dec. 4, 2026, while the deadlines for premium members and paid applications are noon on Dec. 16. A lottery will select 100 people for free invitations. The seminar will cover the roles of each platform in the development process, including generating training data, simulation, AI model training and deployment on physical robots. The instructor is Riki Sawai, technical marketing manager at NVIDIA Japan.